package gbench.appdemo.medicine.junit;

import static gbench.common.matlib.MatlibCanvas.println;

import org.junit.jupiter.api.Test;

import gbench.appdemo.medicine.biology.cell.Plamsa;

public class JunitMedicine {

    @Test
    public void foo() {
        final var ecf = Plamsa.of(
                ("Na_1+/142,K_1+/4,Ca_2+/2.4,Mg_2+/1.2,Cl_1-/103,HCO3_1-/28,Phosphates/4,SO4_2-/1,Glucose/90,Amino acids/30,"
                        + "Cholesterol+Phospholipids+Neutral fat/0.5,PO2/35,PCO2/46,pH/7.4,Proteins/2").split(","));
        println(ecf);
        ecf.solutes().foreach(e->{
            println(e);
        });
    }

}
